1.
ANALYSIS ON INFLUENCE OF HIGH SULFUR FEEDSTOCK ON ETHYLENE PLANT AND THE COUNTERMEASURES
高硫原料油对乙烯装置的影响分析及对策
2.
Influence and measurement of high sulfur inferior crude oil on Eureka unit
高硫劣质原料油对尤里卡装置的影响及对策
3.
SMR is a draper hydrogen source than even low value alternative feedstocks such as high Sulfur residue, high sulfur coke or coal.
SMR作为氢气来源，其成本甚至比其他廉价原料还要低，如高含硫渣油、高含硫焦碳、或煤等。
4.
Study on the Conductive Property and Corrosion Resisting Property of Anti-Static Paintings in High-Sulfur Crude Oil;
抗静电涂料在高硫原油中的电性能和耐蚀性研究
5.
indocarbon dyestuff
应得元染料（硫化还原染料，商名，德国制）
6.
STUDY ON REDUCTION AND SULFIDATION OF CeO_2 DESULFURIZER AT HIGH TEMPERATURE
氧化铈高温煤气脱硫剂的还原与硫化
7.
Pretreatment of raw materials with element sulfur replaces pyrite roasting in fluidized bed incinerator
硫铁矿沸腾炉改烧硫磺的原料预处理技术
8.
Operation summary of de-dusting improvement for raw natural gas in desulfurizing distribution station
脱硫配气站原料气除尘改造运行总结
9.
Effects of anti-reversion agent SR534 on properties of NR compound
抗硫化返原剂SR534对NR胶料性能的影响
10.
Study of Reduction and Sulfidation Behavior of Iron-manganese Based Sorbents in Medium and High Temperature Coal GAS
Fe-Mn中高温煤气脱硫剂还原硫化行为研究
11.
Bioremediation of sulfuric contamination from coal wastes by sulfate-reducing bacteria (SRB)
高效硫酸盐还原菌对煤矸石硫污染的修复作用
12.
THE PHASE,REDUCTION & SULFIDATION PERFORMANCE OF THE MIXED ZnO HOT COAL GAS DESULFURIZATION SORBENTS
复合ZnO高温煤气脱硫剂的物相、还原及硫化行为
13.
Effect of Different Solid/Liquid Ratio and Raw Material Size on Preparation of Calcium Sulfate Whisker with Desulphurization Gypsum
不同固液比和原料粒度对脱硫石膏制备硫酸钙晶须的影响
14.
Research on Improving the Desulphurization Efficiency of Circulating Fluidized Bed Boiler Fired the High Sulfur Content Fuel;
循环流化床锅炉燃用高硫燃料时提高脱硫效率的研究
15.
Isolation of High Efficient Sulfate-reducing Bacteria and Its Biological Desulfurization Capability
高效硫酸盐还原菌的分离及特性研究
16.
The use of calcium sulfate requires an greater capital investment.
使用硫酸钙做原料，需要更多的基建投资。
17.
Research on Preparing the Material of Soft Magnetism Ferrites Using Pyrite Cinder;
硫铁矿烧渣制备软磁铁氧体原料的研究
18.
Study on the Improvement of Ammonia Synthesis Through Reducing Organic Sulfur Content in the Syngas;
改进合成氨工艺减少原料气有机硫的研究